JOURNAL OF LOW FREQUENCY NOISE VIBRATION AND ACTIVE CONTROL
Scope & Guideline
Unveiling Insights for Enhanced Vibration Control
Introduction
Aims and Scopes
- Vibration Analysis and Control:
Research on the dynamics of various mechanical systems, including nonlinear oscillators, rotor dynamics, and structural vibrations, with a focus on control methodologies to mitigate undesirable vibrations. - Noise Control Techniques:
Exploration of methods for reducing low-frequency noise in various environments, including urban areas, transportation systems, and industrial applications, through innovative design and engineering solutions. - Mathematical Modeling and Simulation:
Development of analytical and numerical methods for modeling complex systems that exhibit nonlinear behavior, including fractional-order systems and systems under stochastic excitation. - Active and Semi-active Control Systems:
Investigation of control strategies, including adaptive and intelligent control methods, for enhancing the performance of active and semi-active suspension systems in vehicles and other applications. - Material and Structural Innovations:
Research on advanced materials and structures that enhance vibration isolation and noise reduction, including the use of metamaterials and smart materials.
Trending and Emerging
- Advancements in Active Control Strategies:
There is a growing emphasis on developing sophisticated active control strategies, including adaptive and intelligent control methods, to enhance system performance and robustness. - Integration of Machine Learning and AI:
The application of machine learning and artificial intelligence techniques in fault diagnosis, predictive maintenance, and control optimization is becoming increasingly prominent. - Fractional and Nonlinear Dynamics:
Research on fractional-order systems and nonlinear dynamics is gaining traction, reflecting a broader interest in complex system behaviors and advanced analytical techniques. - Innovative Material Solutions:
Emerging studies focus on the use of smart materials and metamaterials for vibration suppression and noise reduction, indicating a trend towards material innovation in engineering applications. - Multiscale and Multiphysics Approaches:
There is an increasing trend towards utilizing multiscale and multiphysics modeling approaches to capture the intricate interactions in complex vibration and noise systems.
Declining or Waning
- Traditional Passive Vibration Control:
The reliance on conventional passive techniques for vibration control is decreasing as active and adaptive methods become more prevalent and effective in various applications. - Basic Linear Vibration Theory:
Research centered around fundamental linear vibration theory is waning, as more complex nonlinear and fractional-order dynamics gain attention in contemporary studies. - Noise Measurement Techniques:
Focus on outdated noise measurement methodologies is declining, as advancements in technology and new data analytics methods provide enhanced capabilities for noise assessment.
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